Use the provided data wherever you need.Q1. A (25 kW, 500 rpm) motor has a mild steel shaft of (30 mm) diameter and(10 cm) length. There are two parallel keys available A (w = 12 mm, t = 10 mm)and B (w = 10 mm, t = 8 mm), suggest one of them to connect the shaft with apulley.PowerUltimateDuctility (%)(Kw)Torque(Nm) stress (Mpa)1000Yield stress Shear stress Compression(Mpa)400(Mpa)160stress (Mpa)28064030Modulus ofFracture stress Bending StressModulus ofRigidity (Gpa)Bending Moment(Nm)Factor of SafetyElasticity(GPa)220(Mpa)(Mpa)702502801204

Given Length of shaft= 10 cm = 100mm

Use the provided data wherever you need. Q1. A (25 kW, 500 rpm) motor has a mild steel shaft of (30 mm) diameter and (10 cm) length. There are two parallel keys available A (w = 12 mm, t = 10 mm) 10 mm, t = 8 mm), suggest one of them to connect the shaft with a and B (w H pulley. Ultimate Ductility (%) Torque (Nm) stress (Mpa) 1000 Yield stress Shear stress Compression (Mpa) 400 stress (Mpa) (Mpa) 160 640 280 30 Modulus of Rigidity (Gpa) Fracture stress Bending Stress (Mpa) Bending Moment (Nm) Factor of Safety (Mpa) 70 250 280 120 Power (Kw) Modulus of Elasticity (GPa) 220

Use the provided data wherever you need. Q1. A (25 kW, 500 rpm) motor has a mild steel shaft of (30 mm) diameter and (10 cm) length. There are two parallel keys available A (w = 12 mm, t = 10 mm) 10 mm, t = 8 mm), suggest one of them to connect the shaft with a and B (w H pulley. Ultimate Ductility (%) Torque (Nm) stress (Mpa) 1000 Yield stress Shear stress Compression (Mpa) 400 stress (Mpa) (Mpa) 160 640 280 30 Modulus of Rigidity (Gpa) Fracture stress Bending Stress (Mpa) Bending Moment (Nm) Factor of Safety (Mpa) 70 250 280 120 Power (Kw) Modulus of Elasticity (GPa) 220

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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